The conducting polymers as fast response nonlinear optical-materials with high third harmonic susceptibility have recently been studied because of their application in fast optical switches, transient and nonlinear me...The conducting polymers as fast response nonlinear optical-materials with high third harmonic susceptibility have recently been studied because of their application in fast optical switches, transient and nonlinear memories and optical transistors. Polyaniline(PANI) has recently become an interesting subject because of its specific doping mechanism, unique chemical and physical properties, good environment stability and prospect of application in technology. Some papers concerning nonlinear optical effect of PANI have been published. We have also studied the third harmonic generation展开更多
PPM encoded Gaussian pulse sequence shows more immunity than non-PPM schemes on optical fiber intra-channel nonlinearity and demonstrated by a numerical study of IXPM and IFWM effects deploying on 100Gb/s single chann...PPM encoded Gaussian pulse sequence shows more immunity than non-PPM schemes on optical fiber intra-channel nonlinearity and demonstrated by a numerical study of IXPM and IFWM effects deploying on 100Gb/s single channelsystem.展开更多
基金Project supported by the grant of the State Science and Technology Commission of Chinathe National Natural Science Foundation of Chinaand Foundation of Director of Chemistry, Academia Sinica.
文摘The conducting polymers as fast response nonlinear optical-materials with high third harmonic susceptibility have recently been studied because of their application in fast optical switches, transient and nonlinear memories and optical transistors. Polyaniline(PANI) has recently become an interesting subject because of its specific doping mechanism, unique chemical and physical properties, good environment stability and prospect of application in technology. Some papers concerning nonlinear optical effect of PANI have been published. We have also studied the third harmonic generation
文摘PPM encoded Gaussian pulse sequence shows more immunity than non-PPM schemes on optical fiber intra-channel nonlinearity and demonstrated by a numerical study of IXPM and IFWM effects deploying on 100Gb/s single channelsystem.